FluidFlow

Pipe flow software for modeling transportation of liquids, gases, two-phase fluids, settling slurries, non-Newtonian fluids and pulp/paper stock.

[FluidFlow @fluidflowinfo]

Slurry engineers should know how pressure gradients shift with velocity.
This animated curve shows key flow regimes:
- Stationary Bed
- Sliding Bed
- Heterogeneous
- Pseudo-Homogeneous
Vmin = lowest energy use, but risky.
More in our advanced training: https://t.co/XAPCUNmevA

[FluidFlow @fluidflowinfo]

Need a quick way to estimate slurry friction loss without knowing particle size?
The VSM model has you covered—fast, conservative, and validated.
https://t.co/Su74SNdZZY

#SlurryFrictionLoss #VSMmodel #EngineeringDesign

[FluidFlow @fluidflowinfo]

Slurry system design starts with one question:
Settling or non-settling?
That answer shapes everything.
#SlurryFlow #Engineering #FluidDynamics

[FluidFlow @fluidflowinfo]

CoMo-IE cut project time by 80% with FluidFlow!
From 4 days down to just 1 — with better accuracy & easier steam system modeling.
“FluidFlow lets us focus on optimization, not spreadsheets.”
— Corné Moerbeek, Process Engineer
https://t.co/AK7Xyz31vD

[FluidFlow @fluidflowinfo]

Engineers in 🇦🇺🇵🇭🇲🇾🇮🇩: Join our Advanced FluidFlow Training (May 19–23) and explore the upcoming 3.54 Slurry Module update—our most valuable release for slurry calculations.
✔ Practical techniques
✔ Real-world focus
Register now: https://t.co/1MsNOQD4cC

[FluidFlow @fluidflowinfo]

FluidFlow Get Started Series – Analyzing Your Model’s Results
-Inspect & customize the Results Tab
-Track flow rate, friction loss & velocity
-Spot warnings & optimize your pipe sizing
-Adjust unit settings for better insights
Watch now: https://t.co/l3OlQVGRJi

[FluidFlow @fluidflowinfo]

Teamwork is key to solving fluid engineering challenges.

Misaligned data & incompatible tools slow progress. With shared databases, clear communication & tools like FluidFlow, teams can optimize designs & boost efficiency.

Learn more: https://t.co/4DpznQVfnl

[FluidFlow @fluidflowinfo]

Closed-loop system modeling? Two options:
Reservoir Node Approach – Define fluid, pressure & temperature upstream.
Known Pressure Boundary Approach – Use known pressure boundary nodes.
Both methods give identical results—choose what works best!
https://t.co/PjMeJR8fsS

[FluidFlow @fluidflowinfo]

Build Your First Cooling Water Circuit with FluidFlow.
We'll show you how to:
Set up a flowsheet in seconds
Place pipes & components
Define flow properties & friction loss models
Calculate & visualize flow results instantly
Watch now & design smarter!
https://t.co/SAPodKpi87

[FluidFlow @fluidflowinfo]

Selecting the right pump = Better efficiency, lower costs, and a more reliable system.
With FluidFlow’s Equipment Performance Viewer, engineers can quickly compare pumps based on: ✔ Efficiency (%), ✔ BEP, ✔NPSH, ✔Pump Head
Learn more:
https://t.co/vlOHOQkxok

[FluidFlow @fluidflowinfo]

Part of our Get Started series!
Discover FluidFlow’s Graphical User Interface and learn how to:
✓ Build models faster.
✓ Access essential components.
✓ Analyze and customize results effortlessly.

Watch here: https://t.co/IGmuNexvRO

[FluidFlow @fluidflowinfo]

Learn about some of the challenges in designing, troubleshooting, and optimizing slurry transport systems. Discover how FluidFlow can empower process engineers to overcome these hurdles.
https://t.co/nYIvXpQOli

#ProcessEngineering #SlurryHandling #Mining

[FluidFlow @fluidflowinfo]

Our new course “Introduction to FluidFlow Slurry Module” is now live!
Enroll now!
https://t.co/uH3ovBrlpS
#FluidFlow #SlurryModule #SlurryCourse

[FluidFlow @fluidflowinfo]

To model complex slurry behavior in FluidFlow:
Characterize slurry whether settling or non-settling
Select appropriate deposition velocity and friction loss correlation
Build Hydraulic Model

Learn more: https://t.co/DpGjtuR6eB
#slurry #engineering #miningindustry

[FluidFlow @fluidflowinfo]

Marine engineering students at ITS Indonesia learn latest technologies with FluidFlow. A 4-day training program on how to design major systems in ships using FluidFlow (educational license). Learn more about FluidFlow advanced training course here: https://t.co/HxA88kMEbf

[FluidFlow @fluidflowinfo]

Understanding slurry rheology is key to designing high-quality piping systems
- Accurately determine slurry rheology to improve performance
- Use reliable data and software to size and select piping, pumps, valves, and fittings
Lear more https://t.co/7JVeTr2KFu
#FluidFlow #slurry

[FluidFlow @fluidflowinfo]

39 years ago, our founder Mike Ross set out to revolutionize engineering calculations with FluidFlow. Today, we celebrate our journey from hand calculations to innovation and success! Thank you to our customers and partners for being part of our story! #EngineeringSoftware

[FluidFlow @fluidflowinfo]

Avoid costly mistakes by avoiding oversizing centrifugal pumps. Learn how with this blog post
#pumps #energyefficiency

https://t.co/zhUrQqoJoj

[FluidFlow @fluidflowinfo]

Designing large-diameter hydraulic piping systems can present challenges. Make sure to understand the limitations of design methods and avoid these pitfalls for a successful and efficient system.
https://t.co/R0Qrh0milc

#HydraulicPipingDesign #EngineeringTips

[FluidFlow @fluidflowinfo]

Evaluate your centrifugal pump's performance with FluidFlow. Optimize for operating performance, fluid viscosity, and solid particle handling (for slurry streams).
#centrifugalpumps #fluidflow
https://t.co/baIpbMjibc